1) - COMPRESSOR COOLING TYPE - · PDF file1) - compressor cooling type ... emi 28her 115-127v...

2

1) - COMPRESSOR COOLING TYPE

1.1) - Static Cooling (S)

The compressor does not require fan cooling and must be installed in such as way so as to allow cooling through ambient air, thus, preventing over heating.

1.2) - Fan Cooling (F)

The compressor requires a minimum air flow of 3 m/s for its cooling. Flows of lesser values must be evaluated through laboratory tests.

1.3) - Oil Cooling (OC)

The compressor uses an internal coil immersed in oils and connected to the hermetic system to help with compressor cooling. The use of more efficient compressors can eliminate the need for oil cooling.

2) - OPERATING CONDITIONS

2.1) - Starting and Operating Voltage

The compressors start at 90% of the nominal voltage

• Equalized pressures of up to 4 kgf/cm2 manometric gauge (58 psig) (R-600a).

• Equalized pressures of up to 5 kgf/cm² manometric gauge (71 psig) (Blends).

• Equalized pressures of up to 6 kgf/cm² manometric gauge (85 psig) (R-134a).

• Equalized pressures of up to 9 kgf/cm² manometric gauge (128 psig) (R-290).

Depending on the working condition and system characteristics, the compressor can operate at even lower voltages, see perfomance table.

2.2) - Winding Temperature

The winding temperature should not exceed 130oC (266 oF) when in continuous operation. For the winding temperature evaluation we recommend the “Ohmic Resistance Measurement Method”. (According to Application Manual Embraco).

2.3) - Condensing Pressure Limit

The compressors must operate in accordance with that described below:

R-600a

Condensing pressure must not exceed 7.7 kgf/cm2

(113 psig) when in continuous operation at maximum expected ambient temperature (43oC) and the peak condensing temperature must not exceed 9.8 kgf/cm2 gauge (145 psig).

3) - MOTOR

The compressors in the performance table are equipped with monophase, induction motors.

3.1) - Motor Torque

The compressor motors are denominated:

LST - Low Starting Torque - used in systems with capillary tube

HST - High Starting Torque - used in systems with expansion valve or with capillary tube

3.2) - Types of Electric Motors

RSIR (PTCSIR) - Resistive Start - Inductive RunDoes not use capacitors

CSIR - Capacitive Start - Inductive RunUses electrolytic capacitor (starting)

RSCR (PTCSCR) - Resistive Start - Capacitive RunUses permanent capacitor (running)

CSR (CSCR) - Capacitive Start & RunUses electrolytic (starting) and permanent capacitor at the same time – used with 4 terminal PTC

Blends

Condensing pressure must not exceed 14.5 kgf/cm2 (206 psig) when in continuous operation at maximum expected ambient temperature (43oC) and the peak condensing temperature must not exceed 18.2 kgf/cm2 gauge (259 psig).

R-134a

Condensing pressure must not exceed 16.1 kgf/cm2 (229 psig) when in continuous operation at maximum expected ambient temperature (43oC) and the peak condensing temperature must not exceed 20.53 kgf/cm2 gauge (292 psig).

2.4) - Evaporating Temperature Range

-35ºC to +15ºC( -31ºF to +59ºF )L/M/HBP

APPLICATION TEMPERATURE RANGE

-35ºC to -10ºC( -31ºF to +14ºF )LBP

-35ºC to -5ºC( -31ºF to +23ºF )L/MBP

-10ºC to +15ºC( 14ºF to +59ºF )M/HBP

-5ºC to +15ºC( 23ºF to +59ºF )

HBP

R-600a - R-134a - Blends - R-290

4

MODEL VOLTAGE / FREQUENCY APPLICATION

DISPLA- CEMENT

OPERATINGVOLTAGERANGE

COOLING TYPE*

OIL VISCOSITY

CHECK POINT DATA CECOMAF (CALCULATED)

CAPACITYW

COP W/Wcm³ V

R-134a - L/MBP - 60Hz

Note:CondensingTemperature54.4ºC(129.92ºF) *StaticCooling(S)/FanCooling(F)

9) - PERFORMANCE TABLES

EM 20HHR 115-127V 60Hz L/M/HBP 2.27 98 - 140 S/F ISO22 221 2.00

EM 20HHR 220-240V 50-60Hz L/M/HBP 2.27 187 - 242 S/F ISO22 216 1.96

EMI 28HER 115-127V 60Hz LBP 3.00 98 - 140 S ISO10 61 0.92

EMI 28HER 220-240V 50-60Hz LBP 3.00 198 - 242 S ISO10 61 0.92



EM 30HHR 115V 60Hz L/M/HBP 3.00 97 - 135 S/F ISO22 301 1.98


EMT 30HSC 115V 60Hz LBP 3.00 103 - 135 S ISO10 67 1.00

EMU 30HSC 115V 60Hz LBP 3.00 103 - 135 S ISO10 71 1.08

EMU 30HER 115-127V 60Hz LBP 3.00 98 - 140 S ISO10 75 1.06

EMU 30HER 220-240V 50-60Hz LBP 3.00 187 - 242 S ISO10 75 1.06

EMI 40HNR 115-127V 60Hz LBP 3.77 98 - 140 S ISO10 81 0.96

EMI 40HNR 220V 50-60Hz LBP 3.77 187 - 242 S ISO10 81 0.96


EM 45HNR 220V 50-60Hz LBP 3.77 98 - 140 S ISO10 91 0.93



EMU 45HEP 100V 50-60Hz LBP 3.77 85 - 110 S ISO10 95 1.04

EMU 45HSC 220-240V 50-60Hz LBP 3.77 187 - 242 S ISO10 97 1.14

EMU 45HER 115-127V 60Hz LBP 3.77 98 - 140 S ISO10 98 1.07


EMU 45HSC 115-127V 60Hz LBP 3.77 98 - 140 S ISO10 98 1.15

EMY 45HER 115-127V 60Hz LBP 3.77 103 - 140 S ISO10 98 1.12

EMY 45HSC 115-127V 60Hz LBP 3.77 103 - 140 S ISO10 98 1.22

EM 55HNR 115-127V 60Hz LBP 4.60 103 - 135 S ISO22 110 0.94

EM 55HNR 220V 50-60Hz LBP 4.60 103 - 135 S/F ISO22 110 0.94

EMI 55HER 115-127V 60Hz LBP 4.60 98 - 140 S/F ISO22 110 1.03

EMI 55HER 220V 50-60Hz LBP 4.60 198 - 242 S/F ISO22 110 1.03


EMI 60HER 220V 50-60Hz LBP 4.99 98 - 135 S ISO10 124 0.99


EMU 60HSC 115-127V 60Hz LBP 4.99 103 - 140 S ISO10 128 1.15



EMZ 60HSC 115-127V 60Hz LBP 4.99 98 - 140 S ISO10 132 1.30

EGYS 60HLP 115-127V 60Hz LBP 5.09 98 - 140 S ISO10 132 1.28

EGZS 60HLP 115-127V 60Hz LBP 5.09 98 - 140 S ISO10 132 1.39

EGX 60HLC 115-127V 60Hz LBP 5.09 98 - 140 S ISO10 132 1.41

EM 65HHC 115V 60Hz L/M/HBP 5.54 103 - 135 S/F ISO22 564 2.18

EM 65HNR 115-127V 60Hz L/MBP 5.54 103 - 140 F ISO10 141 0.91

FFI 6HAK 220V 50-60Hz L/MBP 6.23 98 - 135 S ISO22 147 0.99

FFV 6HAK 115-127V 60Hz LBP 6.23 98 - 140 S ISO10 147 1.12

FFV 6HAK 220V 50-60Hz LBP 6.23 187 - 242 S ISO10 147 1.12


EMY 70HER 220V 60Hz LBP 5.72 187 - 242 S ISO10 147 1.11


FFI 6HAK 115-127V 60Hz L/MBP 6.23 98 - 135 S ISO22 147 0.99

EMX 70HSC 115-127V 60Hz LBP 5.96 98 - 140 S ISO10 150 1.33

FF 7.5HBK 115V 60Hz L/M/HBP 6.92 103 - 135 S ISO22 547 1.84

6


DISPLA- CEMENT


COOLING TYPE*

OIL VISCOSITY


CAPACITYW

COP W/Wcm³ V

R-134a - L/MBP - 60Hz

EGAS 70HLR 115-127V 60Hz LBP 5.56 98 - 140 S ISO10 151 1.25

EGAS 70HLR 220-240V 50-60Hz LBP 5.56 198 - 255 S ISO10 151 1.25

EGUS 70HLP 115-127V 60Hz LBP 5.56 98 - 140 S ISO10 151 1.29


EGZS 70HLC 220-240V 50-60Hz LBP 5.56 198 - 255 S ISO7 151 1.43



FGI 85HAK 115-127V 60Hz LBP 7.15 93 - 121 S ISO22 152 0.98

EMI 70HER 220V 60Hz LBP 5.89 187 - 242 S/F ISO10 153 1.06

EMI 70HNR 115V 60Hz L/MBP 5.89 103 - 127 S/F ISO10 153 0.97

FGS 70HA 115-127V 60Hz LBP 6.36 103 - 140 S ISO10 153 1.20

FGS 70HA 220-240V 50-60Hz LBP 6.36 198 - 242 S ISO10 154 1.20

FF 8.5HBK 115V 60Hz L/M/HBP 7.95 103 - 135 S/F ISO22 681 1.79


FFU 70HAK 115-127V 60Hz L/MBP 6.36 98 - 140 S/F ISO10 163 1.18

FFU 70HAK 220-240V 50-60Hz L/MBP 6.36 98 - 140 S/F ISO10 163 1.18

FGU 70HA 115-127V 60Hz LBP 6.36 98 - 140 S ISO10 163 1.26

FFI 7.5HAK 115V 60Hz L/MBP 6.76 98 - 135 S ISO10 166 1.08

FFV 7.5HAK 115-127V 60Hz L/MBP 6.76 98 - 140 S ISO10 166 1.16

FFV 7.5HAK 220-240V 50-60Hz L/MBP 6.76 187 - 242 S ISO10 166 1.16

FFI 7.5HAK 220-240V 50-60Hz L/MBP 6.76 187 - 242 S ISO10 167 1.09

FFU 80HAK 115-127V 60Hz L/MBP 6.76 98 - 140 S/F ISO10 177 1.18



FGU 80HA 220-240V 50-60Hz LBP 6.76 187 - 242 S ISO10 177 1.27

EGAS 80HLR 115-127V 60Hz LBP 6.36 98 - 140 S ISO10 178 1.22









FFI 8.5HAK 115-127V 60Hz L/MBP 7.15 98 - 135 S ISO10 180 1.12

FFI 8.5HAK 220-240V 50-60Hz L/MBP 7.15 187 - 242 S/F ISO10 180 1.12

FFV 8.5HAK 115-127V 60Hz L/MBP 7.15 98 - 140 S ISO10 180 1.16


FF 10HBK 115V 60Hz L/M/HBP 9.04 103 - 127 S/F ISO22 766 1.77










FFU 100HAK 115-127V 60Hz L/MBP 7.95 98 - 140 S ISO10 214 1.16


FFI 10HAK 115-127V 60Hz L/MBP 9.04 103 - 135 S ISO22 223 1.12


8


DISPLA- CEMENT


COOLING TYPE*

OIL VISCOSITY


CAPACITYW

COP W/Wcm³ V


DISPLA- CEMENT


COOLING TYPE*

OIL VISCOSITY


CAPACITYW

COP W/Wcm³ V


DISPLA- CEMENT


COOLING TYPE*

OIL VISCOSITY


CAPACITYW

COP W/Wcm³ V

R-134a - M/HBP - 60Hz

R-134a - L/MBP - 60Hz




EM 30HHR 115V 60Hz L/M/HBP 3.00 97 - 135 S/F ISO22 301 1.98


EM 55HHR 115V 60Hz HBP 4.60 98 - 135 F ISO22 466 1.99

EM 55HHR 220-240V 50-60Hz HBP 4.60 198 - 242 F ISO22 466 2.05

EM 65HHC 115V 60Hz L/M/HBP 5.54 103 - 135 S/F ISO22 564 2.18

EM 65HHR 115V 60Hz M/HBP 5.54 103 - 135 F ISO22 564 1.98

EM 65HHR 220V 50-60Hz M/HBP 5.54 103 - 135 F ISO22 567 1.97

FF 7.5HBK 115V 60Hz L/M/HBP 6.92 103 - 135 S ISO22 547 1.84





FFI 12HBX 115-127V 60Hz L/M/HBP 11.14 103 - 135 F ISO22 1149 2.01

FFI 12HBX 220V 60Hz L/M/HBP 11.14 198 - 242 S/F ISO22 1149 1.80

R-600a - L/MBP - 60Hz

EMT 35CLP 100V 50-60Hz LBP 4.50 85 - 110 S ISO7 72 1.11

EMU 45CLP 100V 50-60Hz LBP 5.96 85 - 110 S ISO10 91 1.14

EGS 75CLP 115-127V 60Hz LBP 10.08 98 - 140 S ISO7 164 1.24

EGS 75CLP 220-240V 50-60Hz LBP 10.08 187 - 242 S ISO7 164 1.24

EGS 80CLP 115-127V 60Hz L/MBP 11.14 98 - 140 S ISO10 187 1.22

EGS 80CLP 220-240V 50-60Hz L/MBP 11.14 187 - 242 S ISO10 187 1.22

EGS 90CLP 220-240V 50-60Hz LBP 12.21 187 - 242 S ISO7 201 1.22

FFI 10HAK 220-230V 50-60Hz L/MBP 9.04 187 - 242 S ISO22 223 1.12

EGZ 100HLP 115-127V 60Hz LBP 7.95 103 - 140 S ISO10 224 1.30






FFI 12HBX 115-127V 60Hz L/M/HBP 11.14 103 - 135 F ISO22 1149 2.01

FFI 12HBX 220V 60Hz L/M/HBP 11.14 198 - 242 S/F ISO22 1149 1.80

FFU 130HAX 115-127V 60Hz L/MBP 10.61 98 - 140 F ISO10 271 1.11

FFU 130HAX 220V 60Hz L/MBP 10.61 198 - 242 F ISO10 271 1.09




10


DISPLA- CEMENT


COOLING TYPE*

OIL VISCOSITY


CAPACITYW

COP W/Wcm³ V


DISPLA- CEMENT


COOLING TYPE*

OIL VISCOSITY


CAPACITYW

COP W/Wcm³ V

Blends - L/MBP - 60Hz

EM 20BR 115V 60Hz L/M/HBP 2.27 98 - 135 S/F ISO32 208 1.89


EM 30NR 115V 60Hz LBP 3.00 103 - 127 S ISO32 71 0.82

EM 30NR 220V 60Hz LBP 3.00 198 - 242 S ISO32 71 0.82

EM 30SC 115V 60Hz LBP 3.00 103 - 135 S ISO32 71 0.93

EM 40NR 115V 60Hz LBP 3.77 103 - 127 S ISO32 95 0.85

EM 40NR 220V 60Hz LBP 3.77 198 - 242 S ISO32 95 0.85

EMI 55ER 220-240V 50-60Hz LBP 4.60 198 - 242 S/F ISO32 129 1.03

EM 55NR 115V 60Hz LBP 4.99 103 - 135 S ISO32 132 0.93

EM 55NR 220V 60Hz LBP 4.99 198 - 242 S ISO32 132 0.93

EM 65NR 115V 60Hz LBP 5.54 103 - 132 S ISO32 143 0.96

EM 65NR 220V 60Hz LBP 5.54 198 - 242 S ISO32 143 0.93

FF 6BK 115V 60Hz L/M/HBP 6.23 103 - 135 S ISO32 902 1.60


FF 7.5BK 115-127V 60Hz L/M/HBP 6.92 103 - 140 S ISO32 902 1.60

FF 7.5BK 220V 60Hz L/M/HBP 6.92 198 - 242 S ISO32 902 1.60

EG 70LR 115V 60Hz LBP 5.96 103 - 140 S ISO32 167 1.00

EG 70LR 220V 60Hz LBP 5.96 187 - 242 S ISO32 167 1.00

FFU 70AK 115-127V 60Hz L/MBP 6.36 98 - 140 S/F ISO32 189 1.15

FFU 70AK 220-240V 50-60Hz L/MBP 6.36 187 - 242 S/F ISO32 189 1.15

FF 8.5BK 115V 60Hz L/M/HBP 7.95 103 - 135 S/F ISO32 695 1.64


FFU 100AK 220V 50-60Hz L/MBP 7.95 198 - 242 S/F ISO32 194 1.02



FF 10BK 115V 60Hz L/M/HBP 9.04 103 - 135 S/F ISO32 732 1.56



FFU 100AK 220V 50-60Hz L/MBP 7.95 198 - 242 S/F ISO32 237 1.11

FF 11.5BK 115-127V 60Hz L/M/HBP 11.14 103 - 140 F ISO32 902 1.59


FFI 12BX 220V 60Hz L/M/HBP 11.14 198 - 242 S/F ISO32 1092 1.80

FFI 12BK 115V 60Hz L/M/HBP 11.14 103 - 127 F ISO32 1038 1.68

FFI 12BX 115V 60Hz L/M/HBP 11.14 103 - 135 F ISO32 1128 2.01

FFU 130AX 220V 60Hz L/MBP 10.61 198 - 242 S/F ISO32 305 1.02

FFU 130AX 115-127V 60Hz L/MBP 10.61 98 - 140 F ISO32 317 1.11

Blends - M/HBP - 60Hz







12


DISPLA- CEMENT


COOLING TYPE*

OIL VISCOSITY


CAPACITYW

COP W/Wcm³ V


DISPLA- CEMENT


COOLING TYPE*

OIL VISCOSITY


CAPACITYW

COP W/Wcm³ V


DISPLA- CEMENT


COOLING TYPE*

OIL VISCOSITY


CAPACITYW

COP W/Wcm³ V


R-290 - L/MBP - 60Hz

R-134a - L/MBP - 50Hz


FF 7.5BK 220V 60Hz L/M/HBP 6.92 198 - 242 S ISO32 902 1.60





FF 11.5BK 115-127V 60Hz L/M/HBP 11.14 103 - 140 F ISO32 902 1.59


FFI 12BK 115V 60Hz L/M/HBP 11.14 103 - 127 F ISO32 1038 1.68

FFI 12BX 220V 60Hz L/M/HBP 11.14 198 - 242 S/F ISO32 1092 1.80

FFI 12BX 115V 60Hz L/M/HBP 11.14 103 - 135 F ISO32 1128 2.01

EMI 90UEX 115-127V 60Hz L/MBP 4.99 98 - 140 F ISO32 205 1.08

FFU 130UAX 220-240V 50-60Hz L/MBP 6.76 187 - 255 F ISO32 295 1.22

FFU 160UAX 115-127V 60Hz L/MBP 7.95 98 - 140 F ISO32 362 1.22






EMI 40HNR 220V 50-60Hz LBP 3.77 187 - 255 S ISO10 66 0.86



EM 45HHR 220-240V 50Hz L/M/HBP 3.77 198 - 255 S ISO22 75 0.81




EMU 45HSC 220-240V 50-60Hz LBP 3.77 187 - 255 S ISO10 81 1.11


EMI 55HER 220V 50-60Hz LBP 4.60 198 - 255 S/F ISO22 91 0.97

EM 50HNP 220-240V 50Hz LBP 4.99 187 - 255 S ISO22 92 0.93




14


DISPLA- CEMENT


COOLING TYPE*

OIL VISCOSITY


CAPACITYW

COP W/Wcm³ V

R-134a - L/MBP - 50Hz

EMI 60HER 220V 50-60Hz LBP 4.99 187 - 242 S ISO22 102 0.90

EM 60HNP 220-240V 50Hz LBP 5.54 198 - 255 S ISO22 105 0.95



EM 65HNR 220V 50Hz LBP 5.54 187 - 242 S ISO22 112 0.92



FG 65HAK 220-240V 50Hz LBP 6.76 198 - 255 S/F ISO22 121 0.92

EMI 70HER 220V 50Hz LBP 5.89 187 - 242 S/F ISO22 123 0.93

FFV 6HAK 220V 50-60Hz LBP 6.23 187 - 255 S ISO10 124 1.08

FFI 6HAK 220V 50-60Hz L/MBP 6.23 187 - 242 S ISO22 126 0.91



EMY 65HLC 220-240V 50Hz LBP 5.96 187 - 255 S ISO10 137 1.26

FFI 7.5HAK 220-240V 50-60Hz L/MBP 6.76 187 - 255 S ISO22 141 1.00


EG 70HLR 220-240V 50Hz LBP 6.76 170 - 255 S ISO22 142 1.10


FF 8.5HBK 220-240V 50Hz L/M/HBP 7.95 187 - 255 S/F ISO22 681 1.77



FGU 80HA 220-240V 50-60Hz LBP 6.76 187 - 255 S ISO10 147 1.22




FFI 8.5HAK 220-240V 50-60Hz L/MBP 7.15 187 - 255 S/F ISO10 152 1.07






FFU 100HAK 220-240V 50-60Hz L/MBP 7.95 198 - 255 S ISO10 177 1.06


FFI 10HAK 220-230V 50-60Hz L/MBP 9.04 187 - 244 S ISO22 184 1.03






FFU 130HAX 220-240V 50Hz L/MBP 10.61 187 - 255 F ISO10 229 1.09


FFI 12HBK 220-240V 50Hz L/M/HBP 11.14 198 - 255 F ISO22 974 2.06


16


DISPLA- CEMENT


COOLING TYPE*

OIL VISCOSITY


CAPACITYW

COP W/Wcm³ V


DISPLA- CEMENT


COOLING TYPE*

OIL VISCOSITY


CAPACITYW

COP W/Wcm³ V

R-134a - M/HBP - 50Hz




EMT 45HDR 220-240V 50Hz L/M/HBP 3.97 187 - 255 F ISO10 354 2.24

EM 55HHR 220-240V 50-60Hz HBP 4.60 198 - 255 F ISO22 394 2.13

EM 65HHR 220-240V 50Hz HBP 5.54 198 - 255 F ISO22 473 2.06

EM 65HHR 220V 50-60Hz M/HBP 5.54 187 - 242 F ISO22 477 1.89

FF 8.5HBK 220-240V 50Hz L/M/HBP 7.95 187 - 255 S/F ISO22 681 1.77

FFI 12HBX 220-240V 50Hz M/HBP 11.14 198 - 255 F ISO22 939 2.01

FFI 12HBK 220-240V 50Hz L/M/HBP 11.14 198 - 255 F ISO22 974 2.06

R-600a - L/MBP - 50Hz

EMT 17CLP 220-240V 50Hz LBP 3.40 187 - 255 S ISO7 38 0.97

EMX 20CLC 220-240V 50Hz LBP 3.97 198 - 254 S ISO5 46 1.24

EMY 20CLC 220-240V 50Hz LBP 3.97 198 - 254 S ISO5 46 1.15

EMZ 20CLC 220-240V 50Hz LBP 3.97 187 - 255 S ISO5 50 1.30


EMT 35CLP 100V 50-60Hz LBP 4.50 85 - 110 S ISO7 60 1.03




EMT 26CLP 220-240V 50Hz L/MBP 5.19 187 - 255 S ISO7 64 0.98

EMU 26CLC 220-240V 50Hz L/MBP 5.19 198 - 254 S ISO7 64 1.07






EMU 45CLP 100V 50-60Hz LBP 5.96 85 - 110 S ISO10 76 1.07





EMY 46CLP 220-240V 50Hz L/MBP 7.96 198 - 254 S ISO7 101 1.15









18


DISPLA- CEMENT


COOLING TYPE*

OIL VISCOSITY


CAPACITYW

COP W/Wcm³ V


DISPLA- CEMENT


COOLING TYPE*

OIL VISCOSITY


CAPACITYW

COP W/Wcm³ V


DISPLA- CEMENT


COOLING TYPE*

OIL VISCOSITY


CAPACITYW

COP W/Wcm³ V


DISPLA- CEMENT


COOLING TYPE*

OIL VISCOSITY


CAPACITYW

COP W/Wcm³ V

R-600a - L/MBP - 50Hz




EGX 80CLC 220-240V 50Hz LBP 11.14 198 - 255 S ISO5 149 1.47


EGX 90CLC 220-240V 50Hz LBP 12.21 198 - 255 S ISO5 162 1.49

EGZ 90CLC 220-240V 50Hz LBP 12.21 198 - 255 S ISO7 167 1.40

Blends - L/MBP - 50Hz

EM 30NP 220-240V 50Hz LBP 3.00 198 - 255 S ISO32 55 0.73

EMI 55ER 220-240V 50-60Hz LBP 4.60 198 - 255 S/F ISO32 104 0.99

EM 55NP 220-240V 50Hz LBP 4.99 198 - 255 S ISO32 106 0.86

EM 65NP 220-240V 50Hz LBP 5.54 198 - 255 S ISO32 123 0.90



FF 8.5BK 220-240V 50Hz L/M/HBP 7.95 198 - 255 S/F ISO32 695 1.71


FF 10BK 220-240V 50Hz L/M/HBP 9.04 198 - 255 F ISO32 632 1.70

FFI 12BK 220-240V 50Hz L/M/HBP 11.14 198 - 255 F ISO32 902 1.77



FF 8.5BK 220-240V 50Hz L/M/HBP 7.95 198 - 255 S/F ISO32 695 1.71

FF 10BK 220-240V 50Hz L/M/HBP 9.04 198 - 255 F ISO32 632 1.70

FFI 12BK 220-240V 50Hz L/M/HBP 11.14 198 - 255 F ISO32 902 1.77

R-290 - L/MBP - 50Hz

FFU 130UAX 220-240V 50-60Hz L/MBP 6.76 187 - 255 F ISO32 236 1.18

FFU 160UAX 220-240V 50Hz L/MBP 7.95 187 - 255 F ISO32 296 1.15





20

Compressors may be supplied with either of the above plates. Please make sure you indicate which base should be supplied.

EM EG / F

E

AB

D

C

40º

27º

44º

COMPRESSORS A DCB COMPRESSORS A DCB

EM (tall)

EM (short)

E

EG / F (tall)

EG / F (short)

10) - COMPRESSOR HOUSING

ABC

30º

30º

30º

R-600a - R-134a - Blends - R-290

Dimensions in mm (inches)

168(6.61)

166(6.54)

150(5.91)

155(6.10)

157(6.18)

155(6.10)

139(5.47)

144(5.67)

Dimensions in mm (inches)

90(3.54)

118(4.65)

201(7.91)

207(8.15)

84(3.31)

112(4.41)

195(7.68)

201(7.91)

109(4.29) 103

(4.06)

Suction Connector Process Connector

Earthing Terminal Discharge Connector

179(7.05)

D

78(3.07)

110(4.33)

98(3.86)

41(1.61)

35(1.38)24º

28º

32 (1.26)

Ø 16 (0.75) (x6)

Ø 19 (0.45) (x4)

Ø 7 (0.276) (x2)

Ø 3.75 (0.148)

Ø 16 (0.63) (x6)

Ø 7 (0.276) (x2)

93(3.66)

165(6.50)

178(7.01)

170(6.69)

203(7.99)

131.5(5.18)

101.6(4.00)

70(2.76)

70(2.76)

203(7.99)

100 (3.94)

170(6.69)178

(7.01)

150(5.91)

Earthing Terminal

Discharge Connector

Suction ConnectorProcess Connector

Oilcooler Tube

203.8(8.02)

34(1.34)

173(6.81)

113(4.45)

104(4.09)

63(2.36)

42.7(1.68) 70

(2.76)

92.5(3.64)

40º

27º

44º

106.5(4.19)

96.5(3.80)

Ø 19 (0.75) (x4)

Ø 16 (0.63) (x6)Ø 3.75 (0.148)Ø 7 (0.276) (x2)

203(7.99)

170(6.69)

131.5(5.18)

101.6(4.00)

70(2.76)

165(6.50)178

(7.01)

Ø 16 (0.63) (x6)106.5(4.19)

96.5(3.80)

203(7.99)

170(6.69)178

(7.01)

70 (2.76)

100 (3.94)

22

11) - ELECTRICAL DIAGRAMS

2

6

1

3

3

MS

C

3

21

1

PTC

5

4

3

4

2

63

3

3

M S

C

1

21

1

Compressor

PTC

5

4

3

4

24

4

3

3

MS

C

3

21

1

2

10

11

3

14

M S

C

11

13

1

12 13

R-600a - R-134a - Blends - R-290

Overload Protector

Run Capacitor

Compressor

EM COMPRESSORS - CSCR / CSIR / RSCR / RSIR

Start Capacitor

Compressors with a run capacitor must use PTC with 3 terminals.

Compressors without run capacitor use PTC with 1 terminal.

Overload Protector

Run Capacitor

F / EG COMPRESSORS - CSCR / CSIR / RSCR / RSIR

Start Capacitor

Overload Protector

Start Capacitor

Compressor

Starting Relay

If application of a start capacitor is necessary, then it must be connected between terminals 3 and 4. To achieve this, just rupture this bridge.

EM COMPRESSORS - CSIR / RSIR

Overload Protector

Start Capacitor

Compressor

Starting Relay

If application of a start capacitor is necessary, then it must be connected between terminals 11 and 13. This requires a specific relay, with fast on terminals for better start capacitor installation, which can be supplied upon request.

F / EG / PW COMPRESSORS - CSIR / RSIR

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12) - F COMPRESSOR DENOMINATION

- Standard efficiencyS - Improved efficiency 1st generationV - Improved efficiency 2nd generationT - Improved efficiency 3rd generationU - Improved efficiency 4th generation

Efficiency level

F 60 H A

Refrigerant

Application

Compressor cooling

Starting characteristic

W

A - LBPB - HBP, LBP/HDH - HBP

- LST (low starting torque)K - LST (low starting torque)X - HST (high starting torque)

- Without oil coolerW - With oil cooler

H - R-134aC - R-600aU - R-290G - R-404A - Blends

F U

G S

R-600a - R-134a - Blends - R-290

Electrical systemG - PTC / External Protector PTC / External Protector / Start Cap / Run Cap (optional)

Basic type

F - Relay / External Protector Relay / External Protector / Start Capacitor (optional)

Electrical system

- Standard efficiencyC - Improved efficiency 1st generation (for commercial refrigeration)E - Improved efficiency 1st generationI - Improved efficiency 2nd generationV - Improved efficiency 3rd generationU - Improved efficiency 4th generation

Efficiency level

Approx. compressor displacement in cm3 (for FG, FFU and FFC compressors approximate capacity in Btu/h - 60Hz - ASHRAE - check point divided by 10)

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14) - EG COMPRESSOR DENOMINATION

EG Z 100 H L P

Refrigerant

L - LBPM - L/M/HBPH - HBP

- BlendsH - R-134aC - R-600a

WS

R-600a - R-134a - Blends - R-290

Capacity/10 - Btu/h (ASHRAE - check point - 60Hz)

Basic type

Efficiency level

Mechanical Kit (Embraco Internal Use)

Application

Electrical equipment

Oil cooler

- Without oil coolerW - With oil cooler

R - RelayP - PTC + Run Capacitor (optional)C - PTC + Run Capacitor (mandatory)X - Relay + Start Capacitor

S - StandardMechanical Kit

or A - StandardS - 1st GenerationT - 2nd GenerationU - 3rd GenerationY - 4th GenerationZ - 5th GenerationX - 6th Generation

1) - COMPRESSOR COOLING TYPE - · PDF file1) - compressor cooling type ... emi 28her 115-127v...

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Transcript of 1) - COMPRESSOR COOLING TYPE - · PDF file1) - compressor cooling type ... emi 28her 115-127v...